2. ARTEMIS: System-on-Chip and SoC design
2008, University of Amsterdamhttp://csa.science.uva.nl/research/projects/artemis/info
The Artemis workbench consists of a set of methods and tools conceived and integrated in a framework to allow designers to model applications and SoC-based (multiprocessor) architectures at a high level of abstraction, to map the former onto the latter, and to estimate performance numbers through co-simulation of application and architecture models.
It focuses on the design of Network-on-Chip (NoC) based MP-SoCs.
Architecture modeling. Mapping. Mapping support using multi-objective optimization.
It integrates Sesame.

8. DESUU: design of embedded systems under uncertainty
2015-2018, Marquette Universityhttp://dejazzer.com/software.html
A tool to conduct design space exploration for solving the mapping problem in embedded systems under uncertainty. It integrates uncertainty models as a new design methodology constructed with Monte Carlo and evolutionary algorithms.
It builds on ideas from Sesame and ArcheOpterix.